algorithmic modeling for Rhino
Hi,
I am running a solar radiation analysis in Ladybug (screenshot_01).
As the analysis period is the whole year, it is generating the annual total radiation.
Is there a way to extract these data and represent the hourly radiation in a 3d chart - similar to the ones we can get from the epw files (screenshot_02)?
Thanks a lot!
Elias
Tags:
 Capture.JPG, 327 KB
 Capture.JPG, 327 KB                             Capture2.JPG, 333 KB
 Capture2.JPG, 333 KB                            Replies are closed for this discussion.
Thanks Antonello! For the future reference, there is/will be a much cleaner solution for this in Honeybee[+].
Hi Antonello,
Thanks a lot for your prompt reply! :)
I've tried your way but somehow I'm having the Real Time Radiation Analysis component failing to collect data (screenshot attached).
Any idea why?
Many thanks,
Elias
 Capture.JPG, 307 KB
 Capture.JPG, 307 KB                            Hi Elias,
the error is because you have connected "readMe!" instead "selectedSkyMatrix".
- Antonello
I've tried it before and still not working - although in your screenshot it is connected to "readMe!".
Sorry and thanks again.
Elias
Elias, you are right about the picture, my mistake. thanks!
However the right connection is selectedSkyMatrix > _selectedSkyMatrix.
Could you share your file so I take a look at it?
- Antonello
Antonello! still not working: the radiation result is null (screenshot attached).
Do you mind sharing your script?
Thanks a lot!!
 Capture.JPG, 280 KB
 Capture.JPG, 280 KB                            Hi Elias,
You should update your ladybug version. Use "LB updateLadybug".
After that you could try this example file, I hope this helps.
- Antonello
 example_radiation_graph.gh, 409 KB
 example_radiation_graph.gh, 409 KB                            you're missing cumulative sky input!
Welcome to
Grasshopper
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
Added by Parametric House 0 Comments 0 Likes
    © 2025               Created by Scott Davidson.             
    Powered by
    