plotDeaDotPlot.RdVisualizes results of DE analysis with dot plots.
plotDeaDotPlot(
object,
across = getDefaultGrouping(object),
across_subset = NULL,
relevel = NULL,
method_de = NULL,
by_group = TRUE,
max_adj_pval = NULL,
min_lfc = NULL,
n_highest_lfc = NULL,
n_lowest_pval = NULL,
genes = NULL,
color_by = "avg_log2FC",
alpha_by = NULL,
alpha_trans = "identity",
color_trans = "identity",
size_by = "p_val_adj",
size_trans = "reverse",
pt_alpha = 0.9,
pt_size = 2,
pt_color = "blue4",
pt_clrp = NULL,
pt_clrsp = "plasma",
scales = "free",
nrow = NULL,
ncol = NULL,
transform_with = NULL,
arrange_genes = TRUE,
reverse = TRUE,
reverse_within = FALSE,
assay_name = activeAssay(object),
...
)An object of class SPATA2 or, in case of S4 generics,
objects of classes for which a method has been defined.
Character value or NULL. Specifies the grouping variable of interest.
Use getGroupingOptions() to obtain all variable names that group the
barcode spots of your object in a certain manner.
Character vector or NULL. Specifies the particular groups
of interest the grouping variable specified in argument across contains.
If set to NULL all of them are chosen. You can prefix groups you are NOT interested in with a '-'. (Saves writing if there are more groups you are interested in than groups you are not interested in.)
Use getGroupNames() to obtain all valid input options.
Logical value. If set to TRUE the input order of across_subset
determines the order in which the groups of interest are displayed. Groups that
are not included are dropped which affects the colors with which they are displayed.
Character value. Denotes the method to according to which the de-analysis is performed.
Given to argument test.use of the Seurat::FindAllMarkers()-function. Run SPATA::dea_methods
to obtain all valid input options.
Logical value. If TRUE for every group in the grouping variable a single dot plot is created. If FALSE one plot for all groups and all gene sets is created.
Character vector or NULL. If character, vector of gene names that determines which genes are included. If NULL, genes are taken according to the threshold input for average log fold change and adjusted p-value.
Character value. The variables by which to color the data points.
Numeric value. Specifies the degree of transparency of all points.
Numeric value. Specifies the size of all points.
The color palette to be used if the specified variable displayed by
color is categorical/discrete. Run validColorPalettes() to see valid input.
The color spectrum to be used if the specified variable displayed by
color is continuous. Run validColorSpectra() to see valid input.
Numeric values or NULL. Used to arrange multiple plots.
List or NULL. If list, can be used to transform continuous variables before usage.
Names of the list slots refer to the variable. The content of the slot refers to the transforming functions.
E.g if the variable of interest is GFAP gene expression, the following would work:
Single function: transform_with = log10,
Multiple functions: transform_with = list(GFAP = list(log10, log2)
In case of plotting:
Useful if you want to apply more than one transformation on variables mapped to
plotting aesthetics. Input for transform_with is applied before the
respective <aes>_trans argument.
Only relevant if the SPATA2 object contains more than
one assay: Denotes the assay of interest and thus the
molecular modality to use. Defaults to the active assay
as set by activateAssay().
Used to absorb deprecated arguments or functions.
Character value. Specifies what is plotted on the x-axis.
If p_val_adj the scale is reversed. Ignored if by_group = FALSE.
A ggplot.