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read_tree() now handles quoted labels per the Newick
standard:
'' inside a quoted label is decoded as one literal
apostrophe, so 'it''s' is read as it's.'o__[Saprospirales]' are no longer
truncated.[...]) outside of quotes may contain
apostrophes.read_tree() raises an informative error, with the
position of the problem, for malformed input such as an unclosed quote,
comment, or parenthesis. Previously these could return a garbled
tree.
read_tree()’s parser is now linear-time and
non-recursive, making it about 4x faster on a typical 100,000-tip tree
and much faster on very deep trees.
ecodive JOSS citation information.robust_aitchison() beta diversity function.testthat to dependency-free
tinytest for test suite.read_tree fixes for edge cases.When using CLR normalization:
pseudocount is
NULL.pseudocount <- min(counts[counts>0]) / 2.norm now defaults to "none" instead of
"percent".norm parameter was removed from some beta diversity
functions.The rarefy() function has been simplified:
drop = FALSE now returns samples with original counts
when sum < depth.drop = TRUE no longer drops zero-sum features - only
zero-sum samples.depth can no longer be a fraction (only positive
integers now).n_samples parameter has been removed.warn parameter has been added.rchk issue.rescale parameter is superseded by norm
parameter.alpha_div() and beta_div() will only
forward applicable parameters.pairs = integer(0).pseudocount = NULL correctly selects smallest non-zero
count.weighted parameter.Updated Alpha Options:
c("ace", "berger", "brillouin", "chao1", "faith", "fisher", "simpson", "inv_simpson", "margalef", "mcintosh", "menhinick", "observed", "shannon", "squares")
Updated Beta Options:
c("aitchison", "bhattacharyya", "bray", "canberra", "chebyshev", "chord", "clark", "sorensen", "divergence", "euclidean", "generalized_unifrac", "gower", "hamming", "hellinger", "horn", "jaccard", "jensen", "jsd", "lorentzian", "manhattan", "matusita", "minkowski", "morisita", "motyka", "normalized_unifrac", "ochiai", "psym_chisq", "soergel", "squared_chisq", "squared_chord", "squared_euclidean", "topsoe", "unweighted_unifrac", "variance_adjusted_unifrac", "wave_hedges", "weighted_unifrac")
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.