algorithmic modeling for Rhino
DIVA-for-Rhino is a plugin which runs thermal, daylight, solar radiation, and glare simulations. Our goal is to bring validated environmental simulations directly to the conceptual design environments of Rhino and Grasshopper.
Website: http://www.diva4rhino.com
Location: Boston, Minneapolis, New York
Members: 574
Latest Activity: May 3, 2023
I'm looking to produce different visualizations where I change the color and transmissivity of my window panes (see attached two images with the same color and different transmissivity).Changing…Continue
Started by Raphael Kay Jan 7, 2021.
Hi everybodyI dave a problem with Diva annual daylightWhen I run a Simulation an error occurs and it didn't wordI attach that captureHelp me plzContinue
Started by Hossein Jul 11, 2020.
Hello!I am using DIVA for grasshopper and I noticed that the daylight factor increases when using higher "quality" or higher radiance parameters. Especially -ab and -ad. So the question about the…Continue
Started by Omar Zalloum Jun 25, 2020.
Hi everyone,I am running annual glare probability in Diva-Rhino for my project but it is taking so long and at the end there is no result. (see attached photo)any idea what is the issue?Continue
Started by elham abdollahi Jun 23, 2020.
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Hello. I've been looking forward to run DIVA in my computer, but when I drag the DIVA.rhp file to Rhino I get the message that I should get the latest release of Rhino. Nevertheless I run SR8 in Rhino4 with any problems. I have successfully installed all the other components (Radiance, Daysim, etc). I managed to install also the GH components. Could someone help me? Thanks.
Thanks for developing this great plug-in.
I have a few questions regarding the thermal analysis component.
In viper component, I can see that direct and diffuse solar energy are available in outputs. Is there anyway to extract the transmitted/absorbed solar energy into the zone?
Does the one of the Viper inputs, “People”(number of people/m2), take consideration into occupancy difference throughout the day? If so, is it possible to see what the different percentages are? Better yet, is it possible to customize the percentage on hourly basis?
When would DIVA 2.0 be publicly available? I can't wait to see it.
Thanks.
Yap it's back now,
Thanks,
hamia;
Website is back up.
We are have server issues and should have the site up again soon. In the meantime diva can be downloaded here. Sorry for the inconvenience.
Jeff
Hi Jeff;
i just changed my windows and tryed to install diva but it seems website is down! do you know how can i find the files to install diva?
best;
Joo Suk,
Try upgrading to the latest version of Grasshopper (0.8.0062). The serialization methods in GH have changed since 0.8.0051, which may explain the crashes and read/write issues.
-Jon
ps. Let's start moving these up to the Discussion Forum, so we can follow the threads.
Thanks for the great plug-in. I have a couple of problems, though.
I used to have the older version of DIVA for Rhino and just upgraded it to version 1.901 as well as upgrading Rhino to versio 4 SR9 from SR8. I have the GH version 08.0051 installed on my computer.
1. I followed the video tutorials, everything worked fine. However, when I re-launched the GH and tried to open the files I saved. with this errror message saying " Missing object chunk in archive. An object could not be found in the document..." all the DIVA components in the files were gone. Could you tell me why that happened?
2. It seems like the latest version of DIVA crashes more often than the previous verion. Any possible reasons?
Thanks for your help!
Hi Nickudi,
Hi all,
first of all, great work, i love the plug-in..
I am at the moment using DIVA for a node radiation map of a facade, and i have a question about the calculation of that. I have results (the client thinks they are way to high) which needs to be proven manually. So my question is: how is Diva calculating the radiation nodes on a plane (simple isolated plane surface), which values from the project info file are used for this calculation and what is the formula of this calculation?
Thanks for your help...
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