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RGenEDA 0.99.0

  • Renumbered to 0.99.0 for Bioconductor submission (continues from 2.1.0).
  • Added as.geneda() to build a geneda object from a SummarizedExperiment, DESeqDataSet, or DESeqTransform, carrying over counts, normalized values, colData, and optional DEG tables. Normalized values can come from an assay, a transformed object, a matrix, or be computed with DESeq2 vst or log2 CPM.
  • Added biocViews, URL, and BugReports fields to DESCRIPTION.
  • Removed LazyData; load the example data with data(Snail1KO).
  • Added runnable examples for all exported functions using the bundled Snail1KO data.
  • Documented return values for FindHVDEGs() and the show() method.
  • Replaced sapply() with vapply() and 1:n with seq_len().
  • Vignette now uses accessors instead of @ slot access and reports sessionInfo().
  • Restyled code to Bioconductor style (4-space indents, 80-character lines).

RGenEDA 2.1.0

  • Fixed cosmetics of printing statements.
  • Minor bug fixes in PCA functions and accessors.

RGenEDA 2.0.2

  • Fixed bug in RunPCA() where PCs beyond 10 were named NA.
  • Fixed bug in PlotScree() where PCs beyond 10 were shown as NA.

RGenEDA 2.0.1

  • Added PlotScree().
  • PCA utilities now generate PCs dynamically up to PC10.
  • Renamed DimReduction$Loadings to DimReduction$Scores.
  • Added scree plot to the vignette.

RGenEDA 2.0.0

RGenEDA 1.0.2

  • Fixed example blocks in roxygen headers.
  • Addressed all R CMD check errors, warnings, and notes.

RGenEDA 1.0.1

  • All heatmaps now use pheatmap.
  • Fixed top-gene-loading bug in PlotEigenHeatmap().
  • Added optional DEGs slot to interface with DESeq2.
  • Added MA plot functionality.

RGenEDA 1.0.0

  • Introduced the S4 geneda object.
  • Added methods for HVG calculation and PCA storage.
  • Added PCA, HVG variance, and eigenvector plots.
  • Eigencorrelation plots now use the top HVGs from HVG selection/PCA.
  • Added unit tests and a pasilla vignette.

RGenEDA 0.0.0.900

  • Initial standalone functions: variance, PCA, Euclidean distances, and eigenvector correlations.