Curve to Surface « PARAMETRIC[ation] _ motion analysed - person walking up stairs There are three curves that were chosen to represent a person walking up a stairs; the motion of each of the legs and the motion of a person’s head. The curves from the legs overlap each other and skip a step each time while the curve from the head is a continuous one that moves in the same motion at each every step. By taking these curves and shifting the top curve down, I have chosen to develop a model that has two different surfaces defined by the head motion on the top and the feat motion on the bottom. _ curve analysis _ grasshopper definition the parameters that are used to drive the surface form are: number of stepsstep risestep runwidth (between left foot and right foot) _ rhino model _ model photos laser cut 3.0mm MDF sections After finding an appropriate form by adjusting the grasshopper parameters, I then baked the model to get usable Rhino geometry. vacuum formed plastic vacuum formed plastic with grid overlay Like this: Like Loading...
// meta.am / LaN / LIVE ARCHITECTURE NETWORK | global locale September 2009 This will be a short summary of yesterdays ESRC seminar with the title Time-Space and Life-Course. It is the fifth and last seminar in a series over two years. It is chaired by Helen Jarvis from the University of Newcastle. Unfortunately it is the first seminar I have been to so I won’t be able to comment on the progress and the rest of the work that has been resented and discussed over this time period. As it was the last seminar the topic of the series as a whole and retrospective views have come up quite frequent. It has provided some insight on what has happened and how things could be related in a wider context. We are starting the day with live connection to Australia. Image from wikipedia - Eight Hour Day Banner, Melbourne, 1856 She is pointing out that nowadays in connection with the shifting time budget-spending pattern, there are 8 hours missing for childcare. At this point I might run out of battery power soon... Some thoughts on the day from my experince.
DigitAG& Digital Architecture Lab Design Patterns Post-Graduation Projects Post-Graduation Projects HALFTONe ROOF PATTERN FOLDIN dEMOS 100 Roses Met American Wing One of Each jftesser@gmail.com Welcome to IJP GeoDex :: NeoArchaic Design A collection of point based curve and surface equations GEODEX is a collection of mathematical curve and surface equations for Grasshopper 3d. Using a combination of Polar, Parametric, and Cartesian equations as best suited, simply plug in a list or tree of unitized numbers (t) or points (uv) values into each component and they will be evaluated returning x,y,z coordinates. Most components include additional input parameters which manipulate the curve. Knots, which have (t) inputs, but no other parameters. Planar Curves, which use (t) inputs and varied (p) and (r) inputs returning planar curves. Polygons, which create regular polygons of (n) number of edges by either edge length or distance to midpoint of the edge. Surfaces, which use (u,v) point and varied (p) and (r) inputs to evaluate open surface equations. Volume, which are similar to surfaces in structuring use (u,v) point and varied (p) and (r) inputs returning points that enclose a volume of space, dependent on the (u,v) range.
Manual Grasshoppe Introducción y buena suerte! Andrew Payne LIFT architectswww.liftarchitects.com Rajaa Issa Robert McNeel and Asso Bienvenido al maravilloso nuevo mundo de Grasshopper. ools. Universit t f r angewandte Kunst Wien - Architekturentwurf Studio Lynn Leitung o.Univ.-Prof. Sekretariat: Diana Geisler Detaillierte Informationen Website der Abteilung Ziel der Arbeit im Studio Lynn ist die Entwicklung einer neuen Ästhetik, die das gesamte Spektrum architekturrelevanter Themen anspricht. Unterrichtssprache ist Englisch. Aktuelles Lehrangebot Lehrende und MitarbeiterInnen Im GrAB-Projektteam sind Viktor Gudenus, Mag.
Geometry Reference Archives at the Geometry Center Register: Tell Us What You ThinkUp: The Geometry Center Home Page The following are reference materials developed at the Geometry Center that are designed to be resources for the Web community. In particular, the pages presented here may be linked from on-line research papers or interactive laboratory explorations that need mathematical definitions, explanations or graphics. These databases may also serve as a source of graphics for classroom use, or for traditional journal publications. In order for us to continue to obtain funding to provide these services, it is important that you register your use of these materials. It is also important that you follow the citation instructions that explain how to acknowledge the use of our materials in your own works. Graphics Archive A collection of images generated by visitors and students at the Geometry Center. Geometry Formulas and Facts An excerpt from the 30th edition of CRC Standard Math Tables and Formulas. Register: Tell Us What You Think
Mandelbulb: The Unravelling of the Real 3D Mandelbrot Fractal Opening Pandora's Box For the Second Time ur story starts with a guy named Rudy Rucker, an American mathematician, computer scientist and science fiction author (and in fact one of the founders of the cyberpunk science-fiction movement). Around 20 years ago, along with other approaches, he first imagined the concept behind the potential 3D Mandelbulb (barring a small mistake in the formula, which nevertheless still can produce very interesting results - see later), and also wrote a short story about the 3D Mandelbrot in 1987 entitled "As Above, So Below" (also see his blog entry and notebook). So the idea slumbered for 20 years until around 2007. Although the second one looks somewhat impressive, and has the appearance of a 3D Mandelbulb very roughly, we would expect the real deal to have a level of detail far exceeding it. Zooming in reveals some interesting detail, but I didn't find a great deal beyond the usual chaos. Full size shown here. Is this merely a fool's quest? WOW!