Category Archives: Complex Surface

Material in Performance-Driven Architectural Geometry . 01

Posted on 04/26/2012 | Leave a comment

Advertisements

Leave a comment

Posted in Complex Surface, Mathematics, Parametric design

Exhibiting @ Sigradi 2010 : Computing & Materialization. 04

Posted on 11/11/2010 | Leave a comment

Leave a comment

Posted in Complex Surface, Components, Computation, Parametric design

Exhibiting @ Sigradi 2010 : Computing & Materialization. 02

Posted on 11/11/2010 | Leave a comment

Leave a comment

Posted in Complex Surface, Computation, Parametric design

Components Generated by GH 02

Posted on 05/03/2010 | Leave a comment

Leave a comment

Posted in Complex Surface, Computation, Grasshopper, Rhinoceros

Components Generated by GH 01

Posted on 05/03/2010 | Leave a comment

Leave a comment

Posted in Complex Surface

Computational Surface Generation

Posted on 05/01/2010 | Leave a comment
 
Computational surface generation through the GH interface
f (x) = y * sin (z * x)
This research aims to investigate the generative process of components that belong to a double-curved computational surface, derived through the mathematical curve function f (x) = y* sin (z*x°) applied in two distinct directions. The surface parameters are able to vary and create time-based differentiated formal outputs in a digital parametric system. The parametric system is established through the set of rules and defined relations based on the McNeel Rhinocereos / Grasshopper platform. Geometry optimization becomes the integral part of the design process when the parametric model shifts into the architectural scale. Please visit: http://vimeo.com/user2972824 to watch the animation.

Leave a comment

Posted in Complex Surface, Computation, Grasshopper, Mathematics, Video