algorithmic modeling for Rhino
Hello,everybody!
Thank you for coming to help me.
I want to use GH as a generator. All my process is following:
(a loop)
GH generates geometric information--->analysis software analyzes---->the optimization results in A.txt----->GH take the parameters in A.txt--->GH generates geometric information again.
The only step, which I still cannot pass, is the final one. I have a look at the SDK note, but I find the content in that is mainly about how to making a component.
The following fig is .bat to run Rhino ,call grasshopper and open .gh file. What I want to achieve is creating a loop(open .gh--> close .gh), so that I could generate geometric information once and once again.
I am a fresh in GH. If u know how to do, please tell me. I would be very grateful.
Tags:
It can be achieved I'm sure, although shutting down and restarting GH between every two iterations seems pretty wasteful. You cannot control GH remotely, you'd need either a GHA plugin that you can access from a console or you need to run RhinoScript files.
Galapagos sort of does what you describe already, except it might not change the inputs in ways you like. Basically it's a very naive stochastic approach. Do you have a list of slider values/other inputs that you want to iterate over ahead of time, or does the result of the evaluation steer the way geometry is generated at every step?
Hello David,
Thank u so much for your reply. For your question, I use a c# program(an independent program) to achieve a genetic algorithm for constrainted optimization. The genes would be given in the .txt by the c# program.
What I hope is that once the new genes is given in .txt, the grasshopper logic could run again. I know there might be some problems if I use panel to input parameters. But I think it would not be a big problem. In that way, I could generate new geometric information for my analysis software.
I remember there is a "Run_Grasshopper()" static method in the namespace"Grasshopper.Plugin". However, I failed to call it. It seemed not so easy like I thought.
Sincerely,
Lucas
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