Nothing
All notable changes will be documented in this file.
fit_nb_offset
v2
: messages are only invoked if verbosity > 1. fit_nb_offset
to support vst.flavor='v2' by defaultstd::random_shuffle
-> std::shuffle
)latent_var
when vst.flavor="v2"
get_nz_median2
to support genes
argument; thanks @boomanaiden154 and @ScreachingFire. #155get_nz_median
with faster alternative get_nz_median2
across all callsget_nz_median
make_cell_attr
to be flexible for named vectors; thanks @moi-taga #171make.sparse
to handle dgCMatrix
coercsions vst.flavor
argument to vst()
to allow for invoking running updated regularization (sctransform v2, proposed in Satija and Choudhary, 2021. See paper for details.scale_factor
to correct()
to allow for a custom library size when correcting countsfuture_lapply()
callsdiff_mean_test()
compare
argument to the nonparametric differential expression test diff_mean_test()
to allow for multiple comparisons and various ways to specify which groups to comparevst()
and diff_mean_test()
diff_mean_test()
labels
argument to group_labels
in diff_mean_test()
bw.nrd0
glmGamPoi
(only affected runs with a batch variable set)qpoisson
method for parameter estimation that uses fast Rcpp quasi poisson regression where possible (based on Rfast
package); this adds RcppArmadillo
dependencypoisson_fast
method (replaced by qpoisson
)matrixStats
package and remove RcppEigen
dependencymatch.call()
in vst()
when called via do.call
glmGamPoi
as method to estimate the model parameters; thanks @yuhanH for his pull requesttheta.mm
ortheta.ml
to estimate theta when method = 'poisson'
or method = 'nb_fast'
poisson_fast
method for parameter estimation that uses the speedglm
package and theta.mm
by defaultplot_model_pars
vst
functiondgCMatrix
) - might come in handy some time1 + m / theta
where m is the geometric mean of the observed counts) not log10(theta)
; old behavior available via theta_regularization
parameterverbosity
parameter controls all output: 0 for no output, 1 for only messages, 2 for messages and progress barsAny scripts or data that you put into this service are public.
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.