t does that. Or you could model the basic form and move it to some location with Grasshopper.
Then, only keep items inside the polysurface. An example of how to do this is here...
Weaire–PhelanIn this example, I use a module of the Weaire–Phelan structure and repeat it inside the polysurface.The copying (populating) is rather heavy, so I first replace the needed vector with Null, and then only move with valid vectors.
I hope this helps,
Giulio--
Giulio Piacentinofor Robert McNeel & Associatesgiulio@mcneel.com
…
a um soquete de uma maneira que é proibida pelas permissões de acesso 178.63.11.215:80 (it was made a acess attempt to a socket in a prohibited way by the permission acess 178.63.11.215:80) 2. This component requires OSM data to be downloaded from openstreetmap.org. It has just failed to do that. Try the following two fixes: 1) Sometimes due to large number of requests, the component fails to download the OSM data even if openstreetmap.org website and their services are up and running. In this case, wait a couple of seconds and try rerunning the component. 2) Try lowering the "radius_" input. If each of two mentioned advices fails, open a new topic about this issue on: www.grasshopper3d.com/group/gismo/forum. i really dont know what is happening…
formula says "Syntax error: Right hand value of operator ( is Null."
Any insights into why the formula isn't working?
Here is the formula that is plugged into the y-coordinate:
(-1/15)*Sin(u)*(3*Cos(v)-3*(Cos(u))^2*Cos(v)-48*(Cos(u))^4*Cos(v)+48(Cos(u))^6*Cos(v)-60*Sin(u)+5*Cos(u)*Cos(v)*Sin(u)-5*(Cos(u))^3*Cos(v)*Sin(u)-80*(Cos(u))^5*Cos(v)*Sin(u)+80*(Cos(u))^7*Cos(v)*Sin(u))
Here is the link to Wikipedia to see the formula:
https://en.wikipedia.org/wiki/Klein_bottle
Thanks for your time,
August…
and diffuse radiation for 365 days at noon (12:30)
As you can see there are some bumps that I have discarded as dependant of geometry (Did simulations with different geometries even with just an horizontal surface to analyse and nothing else.) Also discarded from the solar position since the bumps happen in different days as you may see in the graph. I have also tested it with Diva and honeybee so I guess it has to be with RADIANCE. I got this data reading the illuminance files from an annual daylight simulation.
I guess it has something to be with how RADIANCE transform radiation to luminance (luminance = (RED*.263 + GREEN*.655 + BLUE*.082) * 179) And how it determines the values Red, green and blue of the spectrum for a determined solar radiation. I guess, because I was unable to learn how RADIANCE calculates this spectrum, that it has to be dependant of the radiation and solar position with a quite large difference of spectrum.
Normally this bumps are hiden behing the variation of radiation over the year, and I guess that the tool was not designed to have such unrealistic constant radiation, but I would like to know why this happens.
Can anyone help? Any clue is welcome!
Thank you.
…
(about 80 000), with closest point, area and a point distance components set in "cross reference", so it was very very loud... (10^7 or 8 tree elements, and it takes 15minutes).
As you say in your second paragraph, it could be possible to divide this amount of points into multi-threaded lists, without touching the sdk, one component at the time. Is it something everybody can script in a VB component? Because if it is, I start scripting immediately...…
e="gh_version" type_code="80">
#Major>0#/Major>
#Minor>7#/Minor>
#Revision>55#/Revision>
However, this is not your problem. The file you have uploaded abruptly stops. This is usually a case of saving the file to an external drive and disconnecting it before file save has completed. If you don't have another copy then you will not be able to recover this.…
ies for the inconvenience.
If possible, we would like to show DIVA during our workshop in Sao Paulo. Is Radiance installed during the setup process and is it going through Ecotect?
Many thanks and all the best,
Arthur…
ab. then pick the two lower branches of explode tree (1;0 and 1;1), which have 80 cells each and use a bounding box found in tab surface/primitive. right click bounding box and check union box to create one bounding box for each grid. then area.
cheers
alex…
e of the 1's of this list with other values (ex. 80 of them with 0.8 and 70 of them with 0.6)
3. Shuffle this list with [Jitter] component
4. Scale all the triangles with these values (the triangles that scale with a factor of 1 will not change of course)
Hope this is clear, tell me if you have any questions,
cheers, Nikos…
(esp. with the holes), I don't know. And the details that I see being lost when the rebuild count is reduced from 400 to 80, for example, might be impossible to see anyway, so maybe it doesn't matter.
This is more of an art project than some models so be sure to explore all the parameter settings to see what you like best.…
Added by Joseph Oster at 9:51am on November 9, 2017