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TAC – Technically Advanced Construction – Lectures Live | \nCodon
https://ncodon.wordpress.com/2010/11/22/tac-technically-advanced-construction-lectures-live
TAC – Technically Advanced Construction – Lectures Live. November 22, 2010. TAC – Technically Advanced Construction. Organized by Politecnico di Milano. And friends from Co-de-iT. One of the most interesting events for 2011 in Italy on advanced construction, with some great people lecturing. Share on Facebook (Opens in new window). Click to share on Twitter (Opens in new window). Click to email (Opens in new window). Gravity field visualization experiment. Spider evolution →. Leave a Reply Cancel reply.
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Weaving frame – Boreal House | \nCodon
https://ncodon.wordpress.com/2011/03/03/weaving-frame-boreal-house
Weaving frame – Boreal House. March 3, 2011. The house is a retreat for an artist in the Scottish Highlands (visit full project on www.biomorphis.com. The initial roof structure concept was to express the multi-layering of the roof-build-up (enhanced by translucent ETFE membrane). The script allows the weave tension and inflections to be parametrically malleable. Knitting V TWIN curves 1ST series. For q=0 To strDivU Step 2. DblParameterU=arrDomU(0) ( arrDomU(1)-arrDomU(0) /strDivU)*q. ArrVCurves2(q)= Rhi...
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Cell[f] Automaton Habitat | \nCodon
https://ncodon.wordpress.com/2011/12/16/cellf-automaton-habitat
December 16, 2011. A [near] perfect mathematic structure affected by a chaotic process. Share on Facebook (Opens in new window). Click to share on Twitter (Opens in new window). Click to email (Opens in new window). Free-form and flat quads with Rhino.Python. Cell-f assembly →. One response to “ Cell[f] Automaton Habitat. December 19, 2011 at 5:04 pm. Leave a Reply Cancel reply. Enter your comment here. Fill in your details below or click an icon to log in:. Address never made public). E – c l o u d.
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Shingles flow | \nCodon
https://ncodon.wordpress.com/2011/03/28/shingles-flow
March 28, 2011. Script developed to populate free-form surfaces with overlapping irregular panels otherwise known as ‘shingles’. Sculpture project for North Scotland by biomorphis. Dim strSurface : strSurface = Rhino.GetObject(“Select original surface”,8). Dim arrDomU, arrDomV. ArrDomU = Rhino.SurfaceDomain(strSurface, 0). ArrDomV = Rhino.SurfaceDomain(strSurface, 1). Dim strDivU : strDivU = Rhino.GetReal(“Please enter number of divisions in u direction”,200). Dim n,t,p. For n=0 To strDivV. ArrKnotGap = ...
ncodon.wordpress.com
Cell-f assembly | \nCodon
https://ncodon.wordpress.com/2011/12/20/cell-f-assembly
December 20, 2011. Inspired by the reading of AN EVOLUTIONARY ARCHITECTURE. By John Frazer and the generative toolbox. Structure generations based on John Orton Conway’s Game of Life. The stacking generates unexpected and elaborate patterns in xyz directions. The search for emergent behaviours is on. Import rhinoscriptsyntax as rs. For i in range(intGridi):. For j in range(intGridj):. Rnd = random.random(). If rnd 0.97:# density threshold for initial cells. For i in range(len(arrPt) :. If i= (len(arrPt)-...
ncodon.wordpress.com
Free-form & flat quads with Rhino.Python | \nCodon
https://ncodon.wordpress.com/2011/10/05/free-form-flat-quads-with-rhino-python
Free-form and flat quads with Rhino.Python. October 5, 2011. Fossile-like structures made of flat quad panels. Panels can be assembled along their folded sides. The script works with free from surfaces (trimmed or not see conditional minimum distance between any point evaluated within surface domain and the base surface as per Python Primer example). Share on Facebook (Opens in new window). Click to share on Twitter (Opens in new window). Click to email (Opens in new window). Leave a Reply Cancel reply.
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spider evolution | \nCodon
https://ncodon.wordpress.com/2010/12/20/spider-evolution
December 20, 2010. 8216;Script written by shane gregoran. 8216;Script version 30 August 2010 00:20:56 updated 28 October 2010. 8216;for this purpose all random numbers have been set to max of 20. 8216;Dim nPts : nPts = Rhino.GetReal(“how many segments”, 12). Dim nPts : nPts = Floor(rnd*20). If nPts 3 Then. Dim cp : cp = Rhino.WorldXYPlane. 8216;Dim iR : iR = Rhino.GetReal(“length of short triangulation”,10). Dim iR : iR = Floor(rnd*20). If iR 1 Then. Dim R : R = Floor(rnd*20). If R 1 Then. Dim i, S, iSc.
ncodon.wordpress.com
System in Motion | \nCodon
https://ncodon.wordpress.com/2012/02/21/system-in-motion
February 21, 2012. Growing vs Building. The idea of growing inhabitats instead of building them still belongs to sorcerer’s apprentices but computing can give us glimpses. This is a visualization of previous cell[f] assembly code (based on Conway’s Game of Life). The animation is coded in processing. With bespoke camera angles. Processing source code below:. Import processing.opengl.*;. Import toxi.geom.*;. Int cols = 400;. Int rows = 70;. Float density = 0.97;. Int MaxGeneration = 300;. Generation = 0;.
