Grasshopper fundamentals Parametric modeling from beginner to intermediate 2014 December 1-3 14.45-17.45 UTC = 15.45-18.45 CET = 09.45-12.45 EST = 06.45-09.45 PST Instructors Ilaria Giardiello, Giulio Piacentino This course is meant for every designer, engineer and architect who wants to get a solid basis of generative and parametric modeling within their Rhino workflow. During these three days and the last assessment session, we will explore and build structures in parametric space, embodied in geometrical entities (curves, surfaces) and using algorithmic patterns. Every step will be supported with exercises of gradually increasing complexity. Quick description The class is taught in English, fully online in 3 sessions of 3 hours each and an additional online assessment. Registrations The course is tutored by geometrydepth.com and organized by Piacentino Consulenze Snc. Contact us Contact us for any additional information at any time! Sale! Grasshopper Fund.
A solid waffle for laser cutting. This script is aim to take in a BRep polysurface solid for generating a laser cutting file. It can handle hollow forms, cantilevering masses and can generally take more complex geometry then the usual section plane-section curve algorithm. This is because of an operation which determines the middle point for notch/slot to happen, instead of the usual fixed height notching. Ideal script to generate massing models for complex geometries.It uses a global coordinate grid to determine cutting plates location, which allows two adjoining form to be baked separately while cutting plates matching across the two form.Best used in mm scale. This is not a simple script, not intend for general purpose.The script still relies on solid Boolean operations, thus limited to what Rhino 'can Boolean'. I'll add more description about the script later when I have more time.I attached a form testing file, which you can play with some forms that I've sketched.
Paramod 2011 / W07 / Student Examples Here are some results of fourth homework. An animate design sketch of a roof structure. Yağız, Deniz and Sacha created animated results; Derya and Sacha proposed conventional approaches to create “openings” by animating geometries. However, that does not meet the requirement of structural (and logical) intentions of the design problem. Unless some very high-tech materials were introduced to design. This exercise showed us that in any design process, animated approach does not simply refer to an uncontrolled motion. Plethora Project grasshopper code . a collection of codes & grammars for Grasshopper, a generative modeling tool for Rhinoceros. 3D Hilbert Curve This definition generates a 3D Hilbert Curve, a continuous fractal space-filling curve. 3D_Hilbert_Curve_Co-de-iT_1.0007.zip nGon mesh tessellation Starting from a closed surface it builds a nGon mesh tessellation nGon_tessellation_Co-de-iT_1.0007.zip Curves Sorter Starting from a list of curves it takes the first one then it looks for the closest curve and it eventually flips the direction to optimize the toolpath lenght. Curves_Sorter_Co-de-iT_1.0007.zip froGH A sparse collection of tools for Grasshopper. See the code, explanation and download here. Clusterizer This definition groups indexes of connected points into separate clusters. Clusterizer_Co-de-iT_0.9.0076.zip Spirograph This definition simulates a spirograph tool. Spirograph_Co-de-iT_0.9.0076.zip 3D Differential mesh relaxation This definition explores the 3D relaxation of a mesh effected by an image gradient. Vorospace Math surfaces .
nss::. | generative algorithms, architecture, processing, urbanism, genetic algorithms, parametric design, advanced design Harvard VB Origami gasathj | Paneling methods on complex surfaces This paper is an abstract of our research that we made for the Design & Technical European Group in Arup. We are now working on a second phase in which will be involved construction companies to test and validate the method. This study does not revolutionize the current paneling methods, but the approach is quite new. In the continuing research of complex and original architectural shapes, at certain point, in order to help the construction process and to maintain the costs on a reasonable level, we have to follow two different ways. Objective The objective of this study is to define a tool in Grasshopper/Rhino which allows creating and manipulating on a free form surface (input) different type of paneling (output). Observation In nature there are many examples of tiling, and by the evolutionary process nature use “geometrical tricks” to achieve the best solution. Image 1-2: On the left crocodile skin (quadrangular pattern); on the right “Giant's Causeway, Ireland” (hexagonal pattern).
surface active tesselation rhino+processing...this is a study that I've made early this year for my studio project(studio Zaha Hadid)..where I was investigated shell structure, tensile in particular... this is just the primary state but hopefully I will post also the recent state of this studies later this semester more on www.nonstandardstudio.wordpress.com Tags: Technology, active, angewandte, bolojan, daniel, More…die, hadid, kunst, nonstandardstudio, nss, processing, scripting, shell, structure, studio, surface, tensile, tesselation, zaha Albums: surface active tesselation Location: wien
BEND MANUAL | ex-Lab The workshop manual is available to read online and download below. It contains all seminar descriptions and daily exercises together with a brief for intermediate and final projects. BEND Manual Download Link Recordings of lectures/presentations can be found on ExLab Vimeo site. Upload completed illustrator files to here: Illustrator Template File Illustrator Script Grasshopper Components FabCodeGenerator 1.1 PolylineFromPoints 1.2 RotateAroundAxis 1.3 RotateMultipleAxes 2.0 Tutorial Files 2.1 BezierCrvFromRef 2.2 RebuildCurves 2.3 isocurvesFromSrf 2.4 SectionWithHoriPlanes2 2.5 SectionVariablePlanes 2.6 MoveWithSeries 2.7 OrientAroundCircle Lecture Examples 3.l Move With Attractor 3.l Image Sampler Exercises 3.1 3dGridPoints 3.2 MovePtsWithFunction 3.3 MovePtsWithGraph 3.4_MovePtsWithRandom 3.5 MovePtsWithImage 3.6 CompoundTransformWithAttractor 3.6 CompoundTransformWithAttractor Lecture Examples – right click and save as 4.l Rhino File 4.l Rotate Bricks 5.l Rhino Demo File
MADEinCALIFORNIA ///Co.De.: Mesh relaxation 04 Dec07// Master degree at Politecnico di Torino with a computational design thesis TMD_tsunami memorial design competition, network as design tool::: prof.Roberto Apostolo, prof.Mario Grosso, Arch.Andrea GrazianoJan08// Join at studioGriffa, Turin as project architectFeb08// at DRL TEN exhibition, Architectural Association, London with K_pavilion project ::: visiting Zaha Hadid Architects London, attends co|de lecture: Shajay Booshan, Danilo Arsic Feb08// K_pavilion publicated at DRL TEN book.Mar08// UIA infopoint competition.May08// MCA, Mario Cucinella architects "Una stanza di luce" workshop at Cavallerizza Chiablese, TurinJun08// Workshop “Parametric Architecture” tutors Ludovica Tramontin Asp(e)x and Erich Schoenenberger(Su11 architecture+design, Pratt Insitute, NY, USA)Jul08/// Torino World Design Summer School “Prototyping the city” assistant tutor of EcologicStudio-Architectural Association, NSU-GSAPP-Columbia University and Politecnico di Torino+ Configuration 0 project.
TUTORIALES GRASSHOPPER3D Organic form and nature... Theory behind design and algorithms The Possibility of (an) Architecture Collected Essays by Mark Goulthorpe, dECOi Architects By Mark GoulthorpeArchitectural Principles in the Age of Cybernetics By Christopher HightRethinking Technology A Reader in Architectural Theory Edited by William W Braham, Jonathan A Hale Practical studies in algorythmic form Algorithmic Architecture ~ Kostas TerzidisArchitecture in the Digital Age Design and Manufacturing Edited by Branko KolarevicInnovative Surface Structures Technologies and Applications By Martin BechtholdAutogenic Structures Edited by Evan DouglisPractice Architecture, Technique and Representation, 2nd Edition By Stan Allen Other Links of interest
Grasshopper3D and T-Splines T-Splines can be used to create generative freeform objects with Grasshopper, a free plugin for Rhino. Here are some ways the two products can be used together. Please feel free to share your own work on the T-Splines forum. Integrated plugin 1. Model courtesy Fredrik Wenstop T-Splines as input 2. Model courtesy Giorgio Gurioli Mesh smoothing and conversion 3. Model courtesy Rodrigo Medina Control polygon of lines conversion 4. Model courtesy Florian Heinzelmann
Parametrics | Pratt Institute Interior Design 659 class blog | Page 19 Group- Myself and Ajitha. I came up with this idea of a Parametric Threshold- A THRESHOLD THAT DEFINES THE MOMENT OF TRANSITION. Ajitha’s idea was of parametric skin light clusters. After the class discussion we zeroed down on the Threshold idea. My inspiration for the pattern on the skin was from the traditional Indian ‘Jali’ system- Latticed screen, usually with an ornamental pattern constructed through the use of calligraphy and geometry. Extensively used in Indian and Mughal Architecture. I started on working out the parametric trusses with what we did in class and the help of the tutorial . Here are some ideas for the location and form for the canopy. Here is another one of our concepts for the canopy. I team with Justin and Edeline. This is one of the ideas of our group.