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hv_approx()
.hv_contributions()
is much faster for 2D
inputs.DTLZLinearShape.8d.front.60pts.10
and
ran.10pts.9d.10
.hypervolume()
now uses the HV3D+ algorithm for the
3D case and the HV4D+ algorithm for the 4D case. For dimensions larger
than 4, the recursive algorithm uses HV4D+ as the base case, which is
significantly faster.
read_datasets()
is significantly faster for large
files.
is_nondominated()
and
filter_dominated()
are faster for 3D inputs.
vorobT()
and vorobDev()
to
vorob_t()
and vorob_dev()
to be consistent
with other function names.These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.
Health stats visible at Monitor.