brae of the system. The triangular frames are defined through the connection of points on the outer 3 rails. The central spine with the outer frames form a coherent structural system.…
This is close. I am trying to replicate thermal bi metal. So I want the plane to replicate what happens in this video http://www.youtube.com/watch?v=wvIyVZf3qZU at min 3:22.
i tried to construct the waves in the room, you know how i can change the points in the height? i tried to do tow waves in rhino and than link with grasshopper... thx!
10 from the other list and insert/splice them into the original list (at the specified index, not appended to the list end) while overwriting the values contained therein- how would I go about this task? Ideally, I could then, in a second step, take yet another range of indices (20, 22.. whatever) from another list and splice them in again.
Any thoughts?
Thanks & g'nite
Max…
byte-accuracy red, green, blue channels) = 27 bytes. More likely 28 bytes as colours are probably stored as 32-bit integers, allowing for an unused alpha channel.
28 * 800,000 equals roughly 22 megabytes, which is way down from 9 gigabytes. That's a 400 fold memory overhead, which is pretty hefty.
Grasshopper stores points as instances of classes, so on 64-bit systems it actually takes 64+64+3*8 = 152 bytes per point*, which adds up to 122MB, still way less than 9GB. It would be interesting to know where all the memory goes...
* Grasshopper points also store reference data, in case they come from the Rhino document. This data will not exist, but even so it will require 64-bits of storage.…
Added by David Rutten at 4:13pm on December 11, 2014
ents for participantsLevelBasic Grasshopper level is necessary. SoftwareRhino + Grasshopper VenueParametric Support, Hardenbergstrasse 38, BerlinFee[Early Bird] 400 eur + VAT (until 11/11)[Regular] 450 eur + VATTutor:Agata Migalska is an IT specialist with 9 years of commercial experience in programming, computer system design and team management. Agata is also a PhD candidate in computer science in the field of statistical image processing at Wrocław University of Science and Technology, Poland.In her professional career Agata has designed and developed large enterprise systems (PKP Intercity, TNT, Polish Ministry of Administration and Digitization) and e-commerce solutions (Medicalanimal.com,Evanscycles.com). She has also worked on scientific projects on image processing, optimization, and human-computer interaction. She has collaborated with researchers from Victoria University, Wellington, New Zealand and Massachusetts Institute of Technology. Agata is an advocate of agile methodology and a Certified ScrumMaster.more info at:hello@parametric.support…