| addCategory | Add a categorical column to a data frame based on another column |
| addMetadataCategory | Add a categorical column to a Seurat metadata or SingleCellExperiment coldata |
| addNormSilhouette | Adds normalized silhouette column to a single-cell expression object |
| centerOfMass | Calculate the center of mass of columns |
| checkGenes | Check if all genes exist in the single-cell expression object |
| colCenters | Calculate the centers of mass of metadata/coldata columns |
| colsDimPlot | Create a single-cell dimensionality reduction plot with added labeled points for numeric columns |
| computeSilhouette | Compute cluster silhouette for single-cell expression object |
| devPlot | Saves plot or list of plots |
| devPlot.default | Saves plot or list of plots |
| devPlot.function | Saves plot or list of plots |
| devPlot.ggplot | Saves plot or list of plots |
| devPlot.list | Saves plot or list of plots |
| distributionPlot | Plot the distribution of cells across two columns |
| findRareGenes | Find rare genes in a Seurat or SingleCellExpression object |
| geneCellSets | Generates cell sets for each input gene |
| geneCenters | Calculate the centers of mass of the expression of input genes |
| genePresence | Extract gene presence from a Seurat or SingleCellExperiment object |
| genesDimPlot | Create a single-cell dimensionality reduction plot with added labeled points for genes |
| joinCharCombs | Join all combinations of elements from character vectors |
| keyvalMap | Create a map from keys to values |
| normalizeSilhouette | Normalize silhouette by identity class for single-cell expression object |
| pointsDimPlot | Create a single-cell dimensionality reduction plot with added labeled points |
| prepAlluvial | Prepare dataframe for alluvial plot |
| pvalRiverPlot | Plot representation data frame |
| removeRareGenes | Remove rare genes from a Seurat or SingleCellExpression object |
| repAnalysis | Find the differential representation of two Seurat or SingleCellExperiment columns |
| safeMessage | Message an input if verbose is set to TRUE |
| safeMinmax | Perform min-max normalization when possible; otherwise return a single-value vector. |