Archive for the 'Drawn Dress' Category

Drawn Dress Published in Pidgin 8

drawn dress Pidgin 150x150 Drawn Dress Published in Pidgin 8

Mat­ter is proud to announce the Drawn Dress will be pub­lished in Issue 8 of Pid­gin Mag­a­zine.  Join us at the release party for cham­paign.  Details below.

Fri­day, March 26, 2010
Time: 7:00pm — 9:00pm
Location: Center for Archi­tec­ture
Street: 536 LaGuardia Place
City/Town: New York, NY

Princeton University | Drawn Dress

drawn dress DrawnDress Princeton 250x313 Princeton University | Drawn Dress

Bran­don Clif­ford has been invited to present the ‘Drawn Dress’ at this years Prince­ton Research Sym­po­sium on Sat­ur­day Decem­ber 5th.  The PRS2009 is open to the pub­lic and reg­is­tra­tion is free.

Drawn Dress: Press Release

drawn dress DANCE 500x500 Drawn Dress: Press Release

drawn dress Viky DrawnDress 500x246 Drawn Dress: Press Release

We are proud to announce the release of the ‘Drawn Dress’ project.  To learn more and see the entire project, please go to the Drawn Dress Page.

Dress Sneak Peak

Here is a sneak pre­view of the process in the Drawn Dress series.  Start­ing with a 3d body scan and mov­ing through the robotic fab­ri­ca­tion, our model Vic­to­ria Lee proves that not only the draw­ing of the dress is vari­able, but the real­ity is as well. More draw­ings, images, and ani­ma­tions of the Drawn Dress project to come.

Robotic FABRICation

To accom­pany the dig­i­tal body scan, we decided to go all ‘dig­i­tal’ for phase 2 of the ‘Drawn Dress’ project.  Here is an ani­ma­tion for your enjoy­ment of Wes and his Robot cut­ting the cus­tom dress geometries.

Corpus Digital

drawn dress MATTER AVATARS 500x233 Corpus DigitalWe have been for­tu­nate enough to have our model dig­i­tally scaned and dig­i­tized into an avatar by the very gen­er­ous peo­ple at [TC]2.  This is prov­ing to be inval­u­ble to the draw­ing process.  Analagous to direct drap­ing, we are able to draw directly on our ‘model’ and gen­er­ate cus­tom garments.

Materialogic

drawn dress compiled 500x316 Materialogic

Con­sid­ered to be our proof of con­cept, these three dresses were all designed dig­i­tally. While the design varies only slightly, the mate­r­ial impact is enor­mous. From left to right — muslin, stretch jer­sey knit cot­ton, and non-stretch cot­ton. While none of these mate­ri­als are rec­om­mended for this design, they will serve as a com­par­a­tive base for ‘the col­lab­o­ra­tion’ to come.

The Digital Process

drawn dress PROCESS DIAGRAM The Digital Process

Drawn Dress: fashioning digital fabrication

Paper Process Model Image

For the archi­tect, the dig­i­tal era has trans­formed the process of design and fab­ri­ca­tion, fuel­ing the fire of rebel­lion against the stan­dard­ized con­struc­tion unit.  Today, the archi­tect dreams of effi­cient trans­for­ma­tions, para­met­ric con­straints, and devel­opable sur­faces… bor­row­ing, often­times reck­lessly, sar­to­r­ial tech­niques and lan­guage from the fash­ion indus­try – dart­ing, drap­ing, pat­tern­ing.  Why then do architect’s con­tem­po­raries in fash­ion design still sur­round them­selves with dress forms and work tables?  There is a clear dis­con­nect between the meth­ods of work­ing and the moments of progress within the respec­tive fields.  The fash­ion indus­try still split between made to mea­sure cou­ture and the prêt-a porter S-M-L-XL and numer­i­cally coded stan­dard­ized sizes.  This archi­tec­tural ref­er­ence is iron­i­cally bet­ter suited for the mass cus­tomiza­tion boom.  Susan Ashdown’s research at Cor­nel Uni­ver­sity into 3D body scan­ning has demon­strated that our con­ven­tional under­stand­ing of stan­dard siz­ing for gar­ments is anti­quated[1].  When viewed in com­par­i­son, the archi­tec­ture field and the fash­ion indus­try have become uniquely suc­cess­ful at processes the alter­nate field strug­gles to get right.  This syn­ergy is seem­ingly appar­ent and use­ful; how­ever, lit­tle inter­ac­tion occurs at the ped­a­gog­i­cal level beyond super­fi­cial dis­cus­sions and con­cep­tual leaps.   As Archi­tects take this oppor­tu­nity to reflect on how the dig­i­tal process has affected their prac­tice, we have the opor­tu­nity to engage a sim­i­lar process that has yet to take the dig­i­tal leap.

Charged with the task of design­ing, devel­op­ing, and con­struct­ing a dig­i­tally drawn dress, this com­par­a­tive process serves as a cat­a­lyst to rar­ify archi­tec­tures con­tri­bu­tion in the dig­i­tal era.  By select­ing the “strap­less dress” typol­ogy we are able to engage two oppos­ing forces at once — fit and vol­ume.   A set of five mea­sure­ments are first drawn from the client and trans­lated into dig­i­tal curves.  These curves gen­er­ate the sur­face of the body, defin­ing the irre­ducible mea­sure­ments required for the dress to func­tion.  While these steps could be con­sid­ered auto­mated with a dig­i­tal body scan­ner, the act of tak­ing key mea­sure­ments, either from a dig­i­tal scan or a phys­i­cal per­son, has proved to be an impor­tant engage­ment with the his­tory of gar­ment fab­ri­ca­tion.  This next step, while dig­i­tal, is any­thing but auto­mated.  Pro­vided with the avatar, the designer mod­els a sil­hou­ette sur­face and con­structs a sys­tem, decom­pos­ing the com­pounded sur­face into devel­opable sur­faces by extract­ing the seam loca­tions.  In this dig­i­tal world, seams need not fall in con­ven­tional loca­tions or trace the dress form.  These darts, seams, and folds are capa­ble of man­i­fest­ing any design as long as the geo­met­ric prin­ci­ples at play are in tact.  When these sur­faces unroll into their 2d pro­files they main­tain their poten­tial energy to re-manifest them­selves in the 3d phys­i­cal form once sewn back in place.  As opposed to sim­ply tri­an­gu­lat­ing a body scan, this process embraces a reci­procity between draw­ing and con­struc­tion and by doing so pushes processes beyond the sequences found in the divided fields of archi­tec­ture and fashion.


[1] Susan Ash­down, Ready-to-Wear, http://bodyscan.human.cornell.edu/scenefa6b.html (April 2009)