algorithmic modeling for Rhino
Another test run with the Galapagos Evolutionary Solver in Grasshopper (something I'm writing in my free time). This time I've picked an obvious problem (Volume of Box 1 minus Volume of Box 2). Thus, we expect the first box to become as large as possible and the second box to become as small as possible.
With a population of 30 Genomes, a solution very close to the ideal solution is found within 10 generations.
Comment
Dear David,
Is it possible to run multiple Galapagos Evolutionary Solvers at the same time in order to include more than fitness function?
Thanks,
Amir
Hi David,
Could you please let me know the material of the Objectives in Galapagos? Do these Objectives arise just from the geometry? I mean would it be able to consider optimization objectives such as stress, fatigue, pressure? How about the optimization constraints?, Could you give me more info in this subject? How about increasing Objectives and variables and constraints?
What do you think if we try to integrate other already developed optimization packages to GH e,g. IOSO, Modefrontier or NIMBUS? or even utilizing the implemented advanced GA-based optimization cods such as NSGAII?
How do you see the future of Galapagos? are you going to integrate it with CAE packages including FEA and CFD?
Thanks,
Amir
© 2014 Created by Scott Davidson. Powered by
You need to be a member of Grasshopper to add comments!
Join Grasshopper