tecture. Hochbau | University of Innsbruck . A simple random, but at the same time organised growth routine. 5 iterations for this image.
Link to the course here:
http://www.exparch.at/index.php?option=com_content&task=view&id=1054&Itemid=87
View full size...as per Pieter's suggestion…
oint Pb, x units directly above Pa.
Move Pb parallel with the y-axis for z units.
Create a Bezier Ba from Pa to Pb, which has vertical tangencies at both end-points.
Copy Ba (and name it Bb) and move it along the y-axis for q units.
Create line segments La and Lb between the end-points of Ba and Bb.
Join Ba, La, Bb and Lb into a single closed, planar curve.
Extrude this curve for k units along the x-axis, creating the brep Ka.
Cap Ka to create a closed solid Kb which represents one of the 4 building towers.
etc. etc.
Some of these steps should be do-able even for a beginner. For others you may require help from teachers or forum members. But without a written (or drawn) algorithm like the one above, this is very much a 'do my homework for me' question and they tend not to get answered.
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David Rutten
david@mcneel.com
Poprad, Slovakia…
Added by David Rutten at 10:13am on April 10, 2013
I don't think I know what you mean. If it is that you want the curve numbers written out as text tags, use the reworked example below and adjust it to your needs.
/Ola
old version that has been fixed by now. I'd ask you to test this on the Rhino6 beta (which I am using to test this), but it looks like you're using a cracked version of Rhino so you probably don't have access to that.…