Tessellate Adaptive Fa ade System. Alan Lu. I Kearny San Francisco, CA Lightfold is a lobby design for the new One Kearny commercial development at the intersection of Market, Kearny and Geary Streets in the heart of downtown San Francisco, adjacent to the Financial District, and the galleries and museums of the Yerba Buena Arts District. The project is conceived and funded as architecture as public art. The lobby constitutes the ‘percent for art’ requirement for the building as an integral piece of the architecture. Lightfold was subsequently approved by the SF Arts Commission. Lightfold is a fully functioning lobby and site-specific installation that draws its concept from the modulated ornamental surfaces found in San Francisco historic buildings such as the turn-of-the-century building that is part the larger One Kearny project.
*text from IwamotoScott Project Team Principals in Charge / Lisa Iwamoto, Craig ScottDesign Team / Alan Lu, Ryan Golenberg, Blake Altshuler, Christina Kaneva, Manuel Diaz. Grasshopper script help? Hi I am trying to get this script to work. I am a new user of grasshopper. I found this image at this site I tried copying the steps as I see them.
But I dont know how to get the function called "Srf Fassade NORD" and the function "SEC" with two entries. Is there some script already available which does the following? Tags: ▶ Reply to This. IDOM Madrid Headquarters, Façade (collaboration): 2008 Madrid. IDOM Madrid Headquarters, Façade (collaboration): 2008 Madrid One of the last collaborations with IDOM-ACXT, consisted in designed a façade for the new headquarters in Madrid. For the project I developed a pattern generation in order to explore many solutions very quickly and cheap. The concept design consisted in a series of horizontal stripes with arabic motives. The stripes define two differents densities of perforation one to heat the punched steel plate (corten) and the other to create a flow ventilation between the plate and the building.
When I started proposing the patterns, I started with multiple attractors to control the size of the holes. But contract of the fabrication only specified 2 different punched (stick and cross). so the code was transformed from a free pattern to a very controled arabic pattern. Una de las últimas colaboraciones con IDOM-ACXT, consistió en diseñar una fachada para la nueva sede en Madrid. A very small piece of the process: The real building: STUTTGART CITY – PARAMETRIC SKIN « Oliver Dibrova. Studio tobias wallisser tobias wallisser _ professor of architectural design stuttgart city parametric skin designed by oliver dibrova Parametric skin is an experimental setup to design parametric driven facades on an existing building situated in the city of stuttgart. It´s a mixed used building with shops offices and apartments surrounded by schloßpark, a five star hotel,fashion shops, the main central station and one of the most important main street which connects the inner city to the suburb.As reaction to the local conditions, internal and external criteria the facade materializes as a skin for the building.Each element was first drafted in the parametric modeler Generative Components and tested for it´s performance.
After the first component was set up, a parametric program was written in python to interact with the modeler maya. Situation existing circulation cores existing circulation stairway existing circulation structure sun and shadow analysis created with autodesk ecotect. The HUB_Parametric Facade System. For a past design project, we looked at replicating craft inspiration parametrically, responding to climatic and programmatic conditions with rigid folding surfaces. An origami fold pattern was used to generate the form of the main facade system.
Click to enlarge images and details. 자연의 흐름을 인지하는 ‘셰이드’ Installation view of Shade 런던에서 활동하는 디자이너 시몬 해딘즈가 시시각각 변하는 자연을 내부 공간으로 끌어들이는 작업을 선보였다. 시카고 미술관에서 <하이퍼링크> 전시의 일부로 설치된 이 작품은 햇빛과 바람의 변화에 민감하게 반응하는 특수 필름을 창문에 입힌 것으로, 창문을 통과한 빛과 그림자가 하루 종일 다른 모습을 만들어낸다. Window creates geometric moiréattern. 스튜디오 시몬 해딘즈의 자체 기술로 만든 0.5mm 두께의 이 필름은 수많은 삼각형 셀로 이루어져 있다. 각각의 셀은 바람의 강도와 속도에 따라 투명도를 조절하며 기하학적인 패턴을 만든다. DuPont Corian and Amanda Levete_Architects « VANGUARQ. More Amanda levete architects: ‘CORIAN® super-surfaces’ at milan design week 09 ‘Corian® super-surfaces’ feature wall by amanda levete architects image courtesy DuPont™ Corian® ‘Corian® super-surfaces’ is the name of the exhibition that DuPont™ Corian® and amanda levete architects (ALA) will create for the upcoming milan design week in april 2009. what will be displayed is the lounge environment re-defined: a conceptual interpretation of the lounge as a dynamic space of transition between neutral and active states, ‘Corian® super-surfaces’ is a frozen moment within a dynamic sequence of transformations which morph DuPont™ Corian® solid surfaces into a fluid and elastic collection of integrated kitchen, bathroom and flooring concepts highlighted by a feature wall conceived by ALA and materialised with DuPont™ Corian®. a publication will be launched soon detailing ‘Corian® super-surfaces’.
‘Corian® super-surfaces’ image courtesy DuPont™ Corian® Like this: Like Loading... The Dynamic Performance of Nature_02 « SoftRigid. Surface space. By now ancient sketch script a single NURBS with 3 dimensional components. It translates the world space coordinates of the component object into the moving-space defined by the ortho-normal vectors of the surface. Differential_geometry_of_curves[Accessed May 2006]Frenet Vectors. "A Frenet frame is a moving reference frame of n orthonormal vectors which are used to describe a curve locally at each point. It is the main tool in the differential geometric treatment of curves as it is far easier and more natural to describe local properties (e.g. curvature, torsion) in terms of a local reference system than using a global one like the Euclidean coordinates...
" Darboux_frame[Accessed May 2006]Darboux_frame:surface analogue to Frenet frame on a curve. P_009 structural studies. MATERIAL EXPERIMENTATION: DEEP PALLADIO. AMPS Mockup. Full scale mockup of the Active Modular Phytoremediation System. This is both a visual mockup and a testing prototype we will use to collect data. It’ll be installed inside SOM’s office where we will track the rate of VOC removal, plants’ behavior and lighting requirements, and the automation of lighting, moisture sensing and irrigation systems.