Text During explorations for the current project, several studies for urban massing distribution emerged. These are done in Grasshopper for Rhino. Furthermore the images show different configurations: striped, fieldlined and clustered. Regarding the clustered option, the densifications are responding to each other in growing and shrinking, or even merging together.
7 comments:
I'm really quite interested in the field configuration of the massing options. How did you structure definition. did you use surface subdivisions to control the number of area? Would love to know more.
-Andrew
He Andrew
you were right the field configuration basically consists of a srf subdivision logic based on line attractors generated from the urban context. Additionally, height and scale attributes are controlled by other attractors like fluxus etc (in this example I just used points). If you need more info let me know
Patrick
can you give me any direction in how you did the animations above? i'm working on a thesis project (something completely unrelated) and would like to use animation of my GH work. thank you for the help!
Hi STU,
using the animation function in GH is quite simple: pls consider that your initial animation component is one single slider which means that you possibly have to connect them in several ways (and convert data with other comps such as functions). So one slider feeds all necessary inputs for controlling your geometry.
All you have to do is to RMB onto the slider and go to animate. Choose your settings (I allways go for .jpg) and create your stills. There are thousands of programms ut there to put animation stills together, even the mediaplayer is doing it. I use Adobe Premiere for setting them together and creating the animation. Voilà: done!
Good luck, Patrick
ha, you make it sound simple. but for me not so much. will try and learn more.
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