Open MLopez-Ibanez opened 1 year ago
Something that would be interesting and probably would not require a lot of work given the code that you have already would be the following:
import eafpy as eaf unf_sets = eaf.read_datasets("uniform-250-10-3d.txt") sph_sets = eaf.read_datasets("spherical-250-10-3d.txt") plot = eaf.plot_eaf(dict(Spherical=sph_sets, Uniform=unf_sets), percentile = 50) plot.show()
And it will draw a figure similar to: https://auto-optimization.github.io/eafpy/examples/plot_datasets_examples.html#three-objective-cube-graph
but only using the 50% percentile of the EAF of each sph_sets and unf_sets, that is, two surfaces of difference color.
Something that would be interesting and probably would not require a lot of work given the code that you have already would be the following:
And it will draw a figure similar to: https://auto-optimization.github.io/eafpy/examples/plot_datasets_examples.html#three-objective-cube-graph
but only using the 50% percentile of the EAF of each sph_sets and unf_sets, that is, two surfaces of difference color.