rotasym 1.0-4

• Initial version.

rotasym 1.0-5

• Change description field in DESCRIPTION, minor aesthetic changes to examples.

rotasym 1.0-6

• Make the behavior of r_ACG and r_unif_sphere consistent with base::set.seed: drop RcppZiggurat.
• Fix bug in NA handling in check_unit_norm.

rotasym 1.0.7

• Update reference and CITATION.

rotasym 1.0.8

• Allow kappa to be a vector in c_vMF.
• Add missing links to references and other fixes in documentation.
• Fix “Non-file package-anchored link(s) in documentation object”.

rotasym 1.0.9

• Fix incorrect doi.
• Remove compiler warning std::move(W).

rotasym 1.1.0

• Add if(requireNamespace("rgl")) as required.
• Change return type of r_g_vMF_Cpp.
• Update reference.

rotasym 1.1.1

• Make r_g_vMF numerically robust for large kappas.

rotasym 1.1.2

• Fix possible NaNs in r_g_vMF for low kappas.
• Fix bug in d_ACG.

rotasym 1.1.3

• Fix warning in r-devel-linux-x86_64-debian-clang.

rotasym 1.1.4

• Fix warning in r-devel-linux-x86_64-fedora-clang and r-devel-linux-x86_64-debian-clang.
• Fix bug in kde_level_set() (example).

rotasym 1.1.5

• Drop C++11 requirement to adhere to new CRAN policies.
• Drop personList() and citEntry().

rotasym 1.2.0

• Add new dataset sunspots_deaths as companion to sunspots_births.
• Add stop for kappa > 1e15 in r_vMF and r_g_vMF to avoid infinite looping.
• Replace rgl with scatterplot3d in examples.

rotasym 1.3.0

• Fix the user-interrupt check in the C++ r_g_vMF sampler to tie it to the loop iteration.
• Sample the p = 3 in r_vMF exactly by inverse transform instead of acceptance-rejection, for a notable speedup.
• Efficiency improvements in test_rotasym (scatter and vMF-location statistics) and g_vMF.
• Documentation fixes: correct the number of variables in the sunspots_births / sunspots_deaths help page, fix typos, and add cross-references with see also.
• Add full test coverage.
• Add a package hex sticker logo.
• Clearer equations in the documentation.

rotasym 1.3.1

• Return a column matrix, instead of a vector, in r_vMF with p = 1 and kappa > 0.
• More extensive unit tests across dimensions.